Old CDs and LEGO bricks turned into sponges that pull drinking water from desert air
University of Vienna chemists converted waste polystyrene, CDs, and LEGO bricks into porous sulfonated polymer networks that capture up to ...
University of Vienna chemists converted waste polystyrene, CDs, and LEGO bricks into porous sulfonated polymer networks that capture up to ...
Researchers have coupled a MOF-303 atmospheric water harvester to a discharging battery so that waste heat regenerates the sorbent while ...
A mangrove-inspired multi-layer membrane that relocates hygroscopic salt to an air-accessible nanofiber interface achieves rapid, high-capacity atmospheric water harvesting and ...
Researchers have combined few-layer graphene with the metal-organic framework MOF-303 and copper foam substrates to create solar-driven adsorbent beds that ...
A systematic experimental study identifies bed material and ambient climate as the dominant factors controlling water yield in a solar ...
Arizona’s water future may hinge on a choice between two radically different ways of importing moisture into one of the ...
A new atmospheric water harvesting system could turn wind directly into drinking water, without first converting the wind’s energy into ...
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© 2025 Scienmag - Science Magazine